Black CF10 - Spectrum ASA-X Filament - 1.75mm, 0.5kg

Spectrum ASA-X CF10 Black Filament – Carbon Fiber Reinforced ASA for Outdoor and Functional Parts

Spectrum ASA-X CF10 is a premium ASA-based filament reinforced with 10% carbon fiber to deliver exceptional stiffness, dimensional stability, and outdoor durability. Designed for demanding engineering and functional applications, it combines the weather resistance of ASA with the structural benefits of carbon fiber reinforcement.

Engineered for makers, engineers, product designers, educators, and manufacturing professionals, ASA-X CF10 offers excellent UV resistance, low shrinkage, and a professional matte carbon finish. The result is a material capable of producing accurate, durable parts that maintain their appearance and performance even when exposed to challenging outdoor environments.

Key Features & Benefits

Carbon Fiber Reinforced Performance

• Contains 10% carbon fiber reinforcement
• Increased stiffness and rigidity compared to standard ASA
• Excellent dimensional stability for precise parts
• Reduced shrinkage and improved print consistency
• Lightweight yet durable finished components

Built for Outdoor Environments

• Excellent resistance to UV exposure
• Weather-resistant ASA formulation
• Resistant to humidity and environmental conditions
• Suitable for long-term outdoor applications

Professional Matte Surface Finish

• Attractive carbon matte appearance
• Helps hide visible layer lines
• Produces clean, professional-looking parts
• Excellent for both prototypes and end-use components

Engineering-Grade Thermal Resistance

• Heat Deflection Temperature (HDT): 95°C
• Vicat softening temperature: 101°C
• Suitable for applications exposed to elevated temperatures

Easy Printing for a Technical Material

• Low shrinkage characteristics
• Excellent layer adhesion
• Can be printed on many desktop FDM printers
• No heated chamber required for most applications
• Easier to print than many engineering-grade composites

Typical Applications & Use Cases

Spectrum ASA-X CF10 is ideal for:

• Functional engineering prototypes
• Outdoor brackets and mounts
• Manufacturing fixtures and jigs
• Machine housings and protective covers
• Automotive accessories and components
• Robotics projects
• Industrial tooling
• Wear-resistant components
• Custom replacement parts
• End-use functional products exposed to outdoor conditions

Material & Compatibility Information

ASA-X CF10 is based on ASA (Acrylonitrile Styrene Acrylate), a material known throughout the 3D printing industry for its excellent weather resistance and UV stability. The addition of carbon fiber reinforcement improves rigidity and dimensional stability while creating a premium matte surface finish.

Recommended print settings include:

• Nozzle temperature: 240–270°C
• Heated bed temperature: 80–100°C
• Cooling fan: 0–20%
• Print speed: 30–150 mm/s
• Hardened or ruby nozzle recommended due to the abrasive carbon fiber content
• Heated chamber not required for most users

Compatible with most FDM and FFF 3D printers that support 1.75mm filament and engineering-grade printing temperatures.

Why Users Choose Spectrum ASA-X CF10

Users choose Spectrum ASA-X CF10 when they need a filament that combines outdoor durability, mechanical performance, and professional aesthetics. The carbon fiber reinforcement helps produce rigid, dimensionally accurate parts while the ASA base material provides proven resistance to sunlight, moisture, and environmental exposure.

Its low shrinkage, excellent layer bonding, and matte carbon finish make it a popular choice among professionals and enthusiasts producing functional parts that need to perform reliably over time.

Print Durable Parts Designed for Real-World Use

Whether you're producing outdoor components, engineering prototypes, manufacturing aids, or end-use products, Spectrum ASA-X CF10 delivers the stiffness, stability, and weather resistance needed for demanding applications. Create strong, professional-quality prints with a carbon fiber reinforced ASA filament engineered for long-term performance.

Download the Technical Data Sheet (PDF)